Variable createObjectHandlerConst

Type Declaration

• • <O, I = void, TState extends TypedState = UntypedState>(
        opts: ObjectHandlerOpts<I, O>,
        fn: (ctx: ObjectContext<TState>, input: I) => Promise<O>,
    ): I extends void
        ? (ctx: ObjectContext) => Promise
        : (ctx: ObjectContext<TState>, input: I) => Promise<O>

  • Creates an exclusive handler for a virtual Object.

    note : This applies only to a virtual object.

    Type Parameters

    • O
    • I = void
    • TState extends TypedState = UntypedState

    Parameters

    • opts: ObjectHandlerOpts<I, O>

      additional configurations

    • fn: (ctx: ObjectContext<TState>, input: I) => Promise<O>

      the handler to execute

    Returns I extends void
        ? (ctx: ObjectContext) => Promise
        : (ctx: ObjectContext<TState>, input: I) => Promise<O>

  • <O, I = void, TState extends TypedState = UntypedState>(
        fn: (ctx: ObjectContext<TState>, input: I) => Promise<O>,
    ): I extends void
        ? (ctx: ObjectContext) => Promise
        : (ctx: ObjectContext<TState>, input: I) => Promise<O>

  • Creates an exclusive handler for a virtual Object.

    note 1: This applies only to a virtual object. note 2: This is the default for virtual objects, so if no additional reconfiguration is needed, you can simply use the handler directly (no need to use exclusive). This variant here is only for symmetry/convenance.

    Type Parameters

    • O
    • I = void
    • TState extends TypedState = UntypedState

    Parameters

    • fn: (ctx: ObjectContext<TState>, input: I) => Promise<O>

      the handler to execute

    Returns I extends void
        ? (ctx: ObjectContext) => Promise
        : (ctx: ObjectContext<TState>, input: I) => Promise<O>